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Preface | |
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Introduction | |
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SI units of measurement | |
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The basic units | |
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Derived units | |
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Metric prefixes | |
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Light and television | |
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A little bit of history | |
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Light basics and the human eye | |
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Light units | |
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Measuring object illumination in CCTV | |
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Light onto an imaging device | |
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Colors in television | |
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Color temperatures and light sources | |
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Eye persistence | |
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Optics in CCTV | |
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Refraction | |
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Lenses as optical elements | |
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Geometrical construction of images | |
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Aspherical lenses | |
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CTF and MTF | |
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F and T numbers | |
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Depth of field | |
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Neutral density (ND) filters | |
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Manual, auto, and motorized iris lenses | |
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Video- and DC-driven auto iris lenses | |
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Auto Iris lens electronics | |
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Image and lens formats in CCTV | |
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Angles of view and how to determine them | |
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Fixed focal length lenses | |
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Zoom lenses | |
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C- and CS-mount and back-focus | |
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Back-focus adjustment | |
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Optical accessories in CCTV | |
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General characteristics of television systems | |
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A little bit of history | |
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The very basics of television | |
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The video signal and its spectrum | |
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Color video signal | |
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Resolution | |
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Instruments commonly used in TV | |
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Oscilloscope | |
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Spectrum analyzer | |
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Vectorscope | |
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Television systems around the world | |
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HDTV | |
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CCTV cameras | |
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General information about cameras | |
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Tube cameras | |
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CCD cameras | |
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Sensitivity and resolution of the CCD chips | |
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Types of charge transfer in CCDs | |
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Pulses used in CCD for transferring charges | |
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CCD chip as a sampler | |
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Correlated double sampling (CDS) | |
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Camera specifications and their meanings | |
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Sensitivity | |
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Minimum illumination | |
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Camera resolution | |
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Signal/noise ratio (S/N) | |
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Dynamic range of a CCD chip | |
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Color CCD cameras | |
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White balance | |
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CMOS technology | |
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Special low-light intensified cameras | |
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Camera power supplies and copper conductors | |
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V-phase adjustment | |
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Camera checklist | |
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CCTV monitors | |
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General about monitors | |
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Monitor sizes | |
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Monitor adjustments | |
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Impedance switch | |
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Viewing conditions | |
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Gamma | |
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LCD monitors | |
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Projectors and projection monitors | |
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Plasma display monitors | |
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Field emission technology displays | |
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Video processing equipment | |
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Analog switching equipment | |
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Video sequential switchers | |
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Synchronization | |
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Video matrix switchers (VMSs) | |
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Switching and processing equipment | |
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Quad compressors | |
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Multiplexers (MUX) | |
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Recording time delays | |
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Simplex and duplex multiplexers | |
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Video motion detectors (VMDs) | |
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Framestores | |
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Video printers | |
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Analog video recorders | |
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A little bit of history and the basic concept | |
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The early VCR concepts | |
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The video home system (VHS) concept | |
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Super VHS, Y/C, and comb filtering | |
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Consumer VCRs for CCTV purposes | |
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Time-lapse VCRs (TL VCRs) | |
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Digital video | |
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Why digital video? | |
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Digital video recorders (DVRs) | |
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The various standards | |
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ITU-601: Merging the NTSC and PAL | |
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The resolution of ITU-601 digitized video | |
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The need for compression | |
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Types of compressions | |
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DCT as a basis | |
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The variety of compression standards in CCTV | |
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JPEG | |
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M-JPEG | |
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M-JPEG | |
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Wavelet | |
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Motion JPEG 2000 | |
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MPEG-1 | |
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MPEG-2 | |
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MPEG-4 | |
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MPEG-7 | |
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MPEG-21 | |
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H.320 | |
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H.261 | |
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H.263 | |
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H.264 | |
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About pixels and resolution | |
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Dots per inch (DPI) | |
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Psychophysiology of viewing details | |
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Recognizing faces and license plates in CCTV | |
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Operating systems and hard disks | |
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Hard disk drives | |
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The different file systems | |
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FAT (File Allocation Table) | |
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FAT 32 (File Allocation Table 32) | |
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NTFS (New Technology File System) | |
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Ext2 | |
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Ext3 | |
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ReiserFS | |
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HFS and HFS+ | |
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XFS | |
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UFS | |
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ATA, SCSI, RAID, and SATA | |
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MTBF (Mean Time Between Failure) | |
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Transmission media | |
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Coaxial cables | |
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The concept | |
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Noise and electromagnetic interference | |
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Characteristic impedance | |
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BNC connectors | |
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Coaxial cables and proper BNC termination | |
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Installation techniques | |
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Time domain reflectometer (TDR) | |
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Twisted pair video transmission | |
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Microwave links | |
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RF wireless (open air) video transmission | |
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Infrared wireless (open air) video transmission | |
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Transmission of images over telephone lines | |
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PSTN | |
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ISDN | |
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Cellular network | |
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Fiber optics | |
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Why fiber? | |
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The concept | |
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Types of optical fibers | |
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Numerical aperture | |
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Light levels in fiber optics | |
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Light sources in fiber optics transmission | |
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Light detectors in fiber optics | |
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Frequencies in fiber optics transmission | |
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Passive components | |
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Fusion splicing | |
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Mechanical splicing | |
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Fiber optics multiplexers | |
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Fiber optics cables | |
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Installation techniques | |
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Fiber optic link analysis | |
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OTDR | |
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Networking in CCTV | |
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The Information Technology era | |
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Computers and networks | |
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LAN and WAN | |
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Ethernet | |
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The main Ethernet categories | |
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10 Mb/s Ethernet (IEEE 802.3) | |
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Fast Ethernet (IEEE 802.3U) | |
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Gigabit Ethernet (IEEE 802.3Z) | |
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Gigabit Ethernet over Copper (IEEE 802.3AB) | |
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10 Gigabit Ethernet | |
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Wireless Ethernet (IEEE 802.11) | |
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Data speed and types of network cabling | |
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Ethernet over coax and UTP cables | |
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Patch and crossover cables | |
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Fiber optics network cabling | |
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Network concepts and components | |
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Networking software | |
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The Internet protocols | |
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The OSI seven-layer model of networking | |
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The Physical layer | |
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The Data Link layer | |
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The Network layer | |
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The Transport layer | |
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The Session layer | |
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The Presentation layer | |
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The Application layer | |
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IP addresses | |
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IPv4 addressing notation | |
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IP address classes | |
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Class A, B, and C | |
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Private addresses | |
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IP address Class C | |
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IP loopback address | |
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Zero addresses | |
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IP address Class D and Multicast | |
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IP address Class E and limited broadcast | |
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IP network partitioning | |
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Virtual private networking (VPN) | |
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Subnetting | |
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IPv6 Address Types | |
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Reserved addresses in IPv6 | |
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Domain Name Systems (DNS) | |
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DHCP | |
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DNS and DHCP | |
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Networking hardware | |
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Hubs, bridges, and switches | |
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Routers for logical segmentation | |
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Network ports | |
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A network analogy example | |
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Wireless LAN | |
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What is 802.11? | |
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802.11 (legacy) | |
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802.11b | |
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802.11a | |
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802.11g | |
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802.11n | |
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Certification and security | |
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What about Bluetooth? | |
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Putting a network system together | |
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The IP check commands | |
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Auxiliary equipment in CCTV | |
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Pan and tilt heads | |
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Pan and tilt domes | |
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Preset positioning P/T heads | |
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PTZ site drivers | |
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Camera housings | |
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Lighting in CCTV | |
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Infrared lights | |
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Ground loop correctors | |
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Lightning protection | |
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In-line video amplifiers/equalizers | |
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Video distribution amplifiers (VDAs) | |
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CCTV system design | |
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Understanding the customer's requirements | |
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Site inspections | |
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Designing and quoting a CCTV system | |
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Installation considerations | |
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Drawings | |
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Commissioning | |
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Training and manuals | |
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Handing over | |
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Preventative maintenance | |
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Video testing | |
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The CCTV Labs test chart | |
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Before you start testing | |
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Use high-quality lens | |
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Use high-quality monitor | |
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Setup procedure | |
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What you can test | |
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Resolution | |
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Other important measurements | |
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Getting the best possible picture | |
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Measurement of the digital image compression quality | |
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The CCTV Labs test pattern generator TPG-8 | |
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How you could use the TPG-8 | |
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TPG-8 buttons description | |
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Connections | |
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The TPG-8 Navigator software | |
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Instruments used with the TPG-8 | |
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Test patterns and how to create them | |
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Specifications | |
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Common terms used in CCTV | |
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Bibliography and acknowledgments | |
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All the CCTV links in the world | |
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Book co-sponsors | |
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About the author | |
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Index | |